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Oscillator/Demodulator to Fit on Flexible PCB

Oscillator/Demodulator to Fit on Flexible PCB. Senior Design Team 181. www.transtekinc.com. (Re)Introduction. Team: Ryan Williams (EE) Jonathan Wolff (EE) Damon Soto (EE) Jason Meyer (EE) Advisor: Helena Silva (ECE) Trans- Tek Contacts: Mark Bennett Jeffrey Gladu. Outline.

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Oscillator/Demodulator to Fit on Flexible PCB

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  1. Oscillator/Demodulator to Fit on Flexible PCB Senior Design Team 181 www.transtekinc.com

  2. (Re)Introduction • Team: • Ryan Williams (EE) • Jonathan Wolff (EE) • Damon Soto (EE) • Jason Meyer (EE) • Advisor: Helena Silva (ECE) • Trans-Tek Contacts: • Mark Bennett • Jeffrey Gladu

  3. Outline • LVDT Background • Current Oscillator/Demodulator Model • Design Alternatives – Oscillator • Design Alternatives – Demodulator • Final Design • Goals • Progress • Timeline • Budget

  4. LVDTs • Consists of a 3-part transformer • Secondary coils wired in subtractive configuration • Position of core determines output voltage • Linear relationship between core position and output voltage http://upload.wikimedia.org/wikipedia/commons/0/07/Lvdt_how.gif

  5. LVDTs http://www.singer-instruments.com/sites/default/files/images/tutorials/how_lvdt_works_fig3.gif

  6. LVDT Basics LVDT components: Stainless SteelTubing/housing (top) LVDT pushrod (bottom left) Core (bottom right) LVDT Windings (middle) The LVDT housing will be extended to contain the circuitry.

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